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FMC32 Hardware User's Manual

 

YA7174-0E 

 

- 7 - 

 

CN3 External 

interface 

Terminal 

name 

Terminal 

No. 

I/O Signal 

explanation 

EXP 1 IN 

External power input for photocouplers of MON, STA, +EL, -EL, ORG 
and SD. The anode side of the photocouplers for the above signals is 
pulled up to EXP with 1K

. EXP input range : DC4.5V to 7V 

MON 2 IN 

Excitation ON/OFF Input   

Photocoupler ON : Excitation ON 
Photocoupler OFF : Excitation OFF 

When photocoupler is OFF, excitation ON/OFF can be controlled by 
internal SW1-2. 

Note 1. 

STA 3 IN 

Operation starts / Operation stops 

Photocoupler ON : Operation starts. 
Photocoupler OFF : Operation stops. 

When photocoupler is OFF, excitation ON/OFF can be controlled by 
internal SW1-1. 

Note 1 

+EL 4 IN 

+ End limit 

Photocoupler ON : Limit ON 
Photocoupler OFF : Limit OFF 

Note 2 

-EL 5 IN 

- End limit 

Photocoupler ON : Limit ON 
Photocoupler OFF : Limit OFF 

Note 2 

ORG 6 IN 

Origin position signal 

Photocoupler ON : Origin position ON 
Photocoupler OFF : Origin position OFF 

Note 3 

SD 7 IN 

Deceleration signal 

Photocoupler ON : Deceleration ON 
Photocoupler OFF : Deceleration OFF 

Note 3 

END 8 OUT 

Open collector output (SN74LV07) 
Outputs LOW when operation is completed 

PLS 9 

OUT 

Open collector output (SN74LV07) 
Outputs pulse strings specified by the RENV1 of PCD2112 

Note 4 

DIR 10 

OUT 

Open collector output (SN74LV07) 
Outputs pulse strings specified by the RENV1 of PCD2112 

Note 4 

MOT 11 OUT 

Open collector output (SN74LV07) 
Outputs LOW when excitation is ON 

+5V 12 

OUT 

GND 13 IN 

O5V power supply of the board 

Note 5 

 

Note 1. 

:  When signals are input from outside, make SW1-1 and SW1-2 OFF. 

Note 2. 

:  The logic of end limit is selected by SW1-5. The above table shows a condition with SW1-5 being OFF. 

Note 3. : 

The logic of ORG and SD is selected by software. The above table shows the default. 

Note 4. : 

You can select between use of the integrated driver or pulse string output by using SW1-3. 

 

When output pulse string is selected, you can change the pulse output method such as CW/CCW or 

PLS/DIR by changing the RMD in the RENV1 of PCD2112. 

Note 5. : 

You can use it when +5V power supply for EXP cannot be prepared at the test. You can use them by   

conn5V terminals (CN3-13) to EXP(CN3-1) and turning input signals ON/OFF to GND 
(CN3-13). (Do not use +5V power for any signals other than input and output signals.) 

Содержание FMC 32

Страница 1: ...FMC 32 Hardware User s Manual YA7174 0E Compact controller with integrated driver FMC32 Hardware User s Manual Nippon Pulse Motor Co Ltd...

Страница 2: ...ther than NPM 3 2 2 Warranty period 3 2 3 Warranty scope 3 3 Outline 4 4 Features 4 5 Specifications 5 6 Function description 7 6 1 Terminal functions 7 6 2 SW1 settings 9 6 3 LED display 9 6 4 Curren...

Страница 3: ...and the PCD2112 thoroughly A CPU is equipped with the FMC 32 You can repeat the execution sequence program that is written to the FMC 32 automatically If you use a motor and a driver additionally you...

Страница 4: ...arranty period of the repaired product is not extended beyond the warranty period of the product before the failure It is the same as the warranty product of the product before the repair Note 4 This...

Страница 5: ...ithout connecting to the PC To control the operation pattern pulse control LSI PCD 2112 for serial bus control is equipped The FMC32 contains a 2 phase stepper motor driver NP3775E3 to drive a bipolar...

Страница 6: ...changeable by using VR Current down function after stopped approximately 50 of setting value is available Integrated driver Motor to be used 2 phase bipolar stepper motor I F DC4 5 to 7V photocoupler...

Страница 7: ...be designed by the dedicated software Process check per operation pattern Compile program check descriptive content Operation simulation actual or virtual operation etc Programming operation Save dat...

Страница 8: ...inal Name Terminal No I O Signal description PWR IN PWR 2 IN DC 24V power input NC 3 Open GND 4 OUT GND 5 OUT DC 24V power GND CN2 For connection with a motor Terminal Name Terminal No I O Motor phase...

Страница 9: ...celeration OFF Note 3 END 8 OUT Open collector output SN74LV07 Outputs LOW when operation is completed PLS 9 OUT Open collector output SN74LV07 Outputs pulse strings specified by the RENV1 of PCD2112...

Страница 10: ...stops Note 1 SW1 2 Excitation ON Note 2 Excitation OFF Note 2 SW1 3 Pulse string output Use built in driver SW1 4 1 2 phase excitation HALF 2 phase excitation FULL SW1 5 EL is ON by turning photocoupl...

Страница 11: ...t to the necessary value according to the above table Motor current value Setting voltage table while monitoring the digital volt meter value and turning the VR1 Note 1 Do not set the current value mo...

Страница 12: ...0E 10 7 Connection example of input output interface 8 External diameters and component layout Unit mm EXP GND External power GND TLP280 1K 5V Input signal MON STA EL ORG SD FMC32 Controller Output s...

Страница 13: ...RST VDD RB2 RB3 MODE PH1 PH2 PH3 PH4 CSO EXP 1 MON 2 STA 3 EL 4 EL 5 ORG 6 SD 7 END 8 PLS 9 DIR 10 MOT 11 5V 12 GND 13 CS 1 MODE 2 SCK 3 GND 4 SDI 5 SDO 6 Vdd Vdd VM MA1 1 MA2 2 BSY STA STP EL EL ORG...

Страница 14: ...ual may be changed without prior notice to improve performance or quality Nippon Pulse Motor Co Ltd Head Office No 16 13 2 chome Hongo Bunkyo ku Tokyo 113 0033 Japan TEL 81 3 3813 8841 FAX 81 3 3813 8...

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